Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
976～990 item / All 3492 items
What problems can be solved in the MSE exam? A list of actual examples.
Here are some excerpts of solutions that the MSE test can provide for material development. We are also happy to propose solutions that are not included in the MAP. Please feel free to consult with us.
![[Contract Analysis and Testing Examples] Introducing the Value of New Material Strength Testing through Manga](https://image.mono.ipros.com/public/product/image/705/2000410445/IPROS30083942248682402922.png?w=280&h=280)
Achieving precise measurement of the strength of thin films, interfaces, and material surfaces. Innovations with new technology contribute to problem-solving and the advancement of products. You'll be convinced once you read it!
Palmeso has received various concerns regarding materials. - I want to know the strength of the thin film only. - I want to know the strength distribution of multilayer films and gradient films. - I want to know the changes in interfacial strength. - I want to know the degree and distribution of degradation. - I want information for optimizing the process. - There seem to be material properties that could not be understood with previous testing methods. When such issues arise, how do you solve the problems? Are you progressing with the project without confidence? This document explains the know-how gained from years of contract analysis and testing in a comic format! It tells the story of how MSE testing can contribute to solving material concerns that arise in development settings. Although MSE testing is contract analysis and testing, it is a completely new method, so we gently explain the technical points that may be difficult to understand in the comic. 【Features of MSE】 - It can measure the strength of the film alone without being affected by the substrate, even for ultra-thin films. - It can measure the strength distribution of each layer in multilayer films. - It can measure the strength distribution at the interface and before and after it. - It can measure the degree and distribution of degradation. - It can visualize effective process conditions. - It reveals the duality of materials, such as "hardness" and "brittleness."
![[Test Case] Strength Evaluation of Steel Surface Treatment in the Depth Direction](https://image.mono.ipros.com/public/product/image/72f/2000443024/IPROS4011115366966952075.png?w=280&h=280)
We will introduce a case that visualizes how the hardness distribution varies significantly with each nitriding treatment.
We will introduce a case study that tested three types of nitriding treatments on the same material. As a result, it was found that there are weak areas on the surface, and that strength and thickness vary significantly depending on the treatment. 【Case Overview】 ■Objective - To identify the strength (hardness) distribution in the depth direction from the surface of shallow surface-treated materials. ■Evaluation - Gas nitriding achieved the minimum erosion rate (maximum hardness) at a depth of 8µm, remained constant up to 12µm, and then gradually increased the erosion rate (hardness decreased) until reaching 20µm, where it stabilized. *For more details, please refer to the PDF document or feel free to contact us.
![[Test Case] Ultra-precise film quality analysis of TiO2 optical thin films](https://image.mono.ipros.com/public/product/image/cd6/2000443030/IPROS5009665662855949887.jpg?w=280&h=280)
Detailed explanation of the test results for multi-angular alumina particles/spherical silica particles.
We will introduce a case where optical films were tested using two types of particles: angular alumina particles and spherical silica particles, enabling an unprecedented level of ultra-precise analysis of film quality. The results from examining the angular alumina particles through an erosion rate (damage speed) distribution graph showed that "both the load at the time of impact and the contact area are extremely small, leading to concentrated force." 【Case Overview】 ■ Objective - To highlight slight differences in film quality using two types of testing conditions. ■ Test Results (Spherical Silica Particles) - Low hardness micro-spherical particles were used. - Although the load at the time of impact is large, the contact area is also large, resulting in dispersed force. *For more details, please refer to the PDF document or feel free to contact us.
![[Test Case] Degradation Diagnosis of Thermoplastic Resin Materials](https://image.mono.ipros.com/public/product/image/571/2000443082/IPROS4818826614016557584.jpg?w=280&h=280)
Introduction to the relationship between nanoindentation and MSE testing.
We will introduce a case study on the evaluation of resin degradation characteristics in various environmental tests. As a result of examining the erosion rate distribution graph, we found that "the undegraded state has uniform strength throughout" and "thermal degradation occurs uniformly throughout," among other findings. 【Case Overview】 ■Objective - Evaluation of resin degradation characteristics in various environmental tests ■Evaluation - The rate of strength reduction is smaller compared to other types of degradation - PBT can be considered a material that is weak against moisture and heat, etc. *For more details, please refer to the PDF document or feel free to contact us.
The PC-R8/R8D series high-acceleration life test device (HAST device) features a dual-chamber structure boasting numerous advantages.
Reducing the evaluation time for moisture resistance of electronic components and materials is one of the major themes. Traditional testing methods, such as high-temperature and high-humidity tests, required a very long time for evaluation. The high-acceleration life testing device PC-R8/R8D series achieves a significant reduction in evaluation time by creating a high-temperature, high-humidity, and pressurized environment within the chamber, thereby applying greater stress to the samples. The PC-R8 series consists of two independent chambers: a testing chamber and a steam generation chamber. It is a two-chamber type unsaturated pressure cooker (HAST device) that boasts excellent functionality and reliability. The PC-R8D also comes in a two-tier type that allows for different tests to be conducted simultaneously.
Pressure cooker specifically for saturation testing. We offer various models, from a compact tabletop type that achieves ultra-miniaturization to products equipped with a pre-heating system.
A pressure cooker specifically designed for saturation testing. It allows for moisture resistance evaluation of various resin materials, electronic components, plating, etc. With a fixed humidity of 100% RH, it is ideal for comparative tests during the development phase, storage tests, and determining lot defects. We offer products tailored to your needs, such as the "PC-242HSIII," which is equipped with a pre-heating system that activates during temperature rise to minimize condensation on samples during startup, and is a tabletop type saturation testing pressure cooker the size of a small microwave, based on the "PC-242HS-A.E."
Test equipment TO-506H for the vacuum pressure test of structural laminated timber according to Japanese Agricultural Standards.
Testing equipment compatible with the vacuum and pressure testing of structural laminated timber according to Japanese Agricultural Standards. It operates automatically from vacuum to pressure treatment with simple operational settings. The vacuum and pressure processes utilize a water-sealed vacuum pump and a reciprocating compressor to enhance reliability. Additionally, it aims to improve safety with features such as pressure relief valves, pressure safety devices, and clutch door opening and closing safety mechanisms.
A HAST device with a two-chamber structure that boasts excellent performance. It is equipped with a new type of controller, enabling remote operation in collaboration with external terminals.
The "PC-304R9" is a high-acceleration life testing device (HAST device) with completely separated and independent test chamber and steam generation chamber. Equipped with a high-precision temperature and humidity program controller, it achieves more accurate acceleration evaluation as a HAST device. Additionally, it enables remote operation in collaboration with external terminals, allowing for easy monitoring and control. 【Features】 ■ Achieves high-precision acceleration evaluation with a new type of temperature and humidity program controller. ■ Significantly improves operability and visibility with an interactive color touch panel. ■ Enables remote operation and monitoring/adjustment from a distance through collaboration with external terminals. ■ The test chamber and steam generation chamber are completely separated and independent, featuring our unique two-chamber structure. ■ Minimizes temperature influence between the test chamber and steam generation chamber, achieving a wide effective dimension and a broad range of usable humidity. ■ Electric clamp system allows door opening and closing with the push of a button. ■ Equipped with a slide tray for safe and easy loading and unloading of samples. ■ Adopts a chamber treated with electrolytic polishing for excellent dirt adhesion prevention and cleanability. ■ Features a cleaning mode effective for cleaning inside the chamber. ■ The "PC-422R9" type from the same series is also available. *For more details, please refer to the PDF materials or feel free to contact us.
It is a high-acceleration stress test device (HAST device) with a two-chamber structure boasting numerous advantages, capable of conducting two types of tests independently with one unit.
The "PC-304R8D" features a two-chamber structure where the test chamber and steam generation chamber are completely separated and independent. Additionally, it is a high-acceleration life testing device (HAST device) that allows for multi HAST testing with two test chambers arranged in two tiers. Compared to a single-chamber structure, it offers a wider effective dimension. Furthermore, there is no need for a stirring fan, eliminating concerns about bearing maintenance and contamination within the chamber due to bearing wear. The testing mode includes two types of control methods and three types of exhaust modes, allowing independent testing according to specific purposes. 【Features】 - Equipped with a color LCD touch panel for easy operation with interactive touch input. It is packed with functions such as graph display and alarm messages. - The test chamber and steam generation chamber are completely separated and independent, featuring our unique two-chamber structure. - Minimal temperature influence between the test chamber and steam generation chamber, achieving a wide effective dimension and a broad range of usable humidity. - An electric clamp system allows for door opening and closing with the push of a button, and a sliding tray enables safe and easy loading and unloading of samples. - The chamber is treated with electrolytic polishing for excellent dirt adhesion prevention and cleanability. - The same series also includes the "PC-422R8D" type. *For more details, please refer to the PDF document or feel free to contact us.
Effective for evaluating the physical properties of contacts due to micro-folding! Confirming the reliability of various communication electrical contacts.
We would like to introduce a case study of the "Sliding Test Device" manufactured by our company. The device applies a load to the test specimen, generating micro-sliding. It is possible to verify the reliability of various communication system electrical contacts (control system contacts and wireless system contacts) through measurements such as electrical resistance. 【Product Specifications】 ■ Sliding Amplitude: 10–1000μm ■ Sliding Frequency: 1–100Hz ■ Contact Load Current: 1–1000mA (constant current supply) ■ Contact Resistance Measurement: 10–1000mΩ (calculated from voltage and current; voltage measurement limit 1mV) ■ Momentary Disconnection Time Measurement: 1–1000μsec ■ Contact Additional Load: 1–10N *For more details, please download the PDF or feel free to contact us.
Evaluate the bending strength of flexible substrates! Angle settings can be freely adjusted within a range of ±135°.
We would like to introduce a case study of the "MIT Folding Resistance Testing Machine" that we manufactured. The machine repeatedly bends materials such as plastic films and flexible printed circuit boards (FPC) at specified angles and speeds until the material breaks or shorts. Operational status, completion, and abnormalities can be confirmed through a stacked indicator light, and remote monitoring is possible by installing a web camera near the device. 【Product Features】 ■ Angle can be freely set within a range of ±135° ■ Test condition parameters can be set via a touch panel ■ Operational status, completion, and abnormalities can be confirmed through a stacked indicator light *For more details, please download the PDF or feel free to contact us.
We will introduce examples of the application of the quantitative vibration exciter impulse hammer version (industry and purpose)!
The quantitative vibration machine 'CVH1' is a device for quantitative vibration. Currently, there is an increasing number of implementations and inquiries in the automotive industry. There are various applications such as quality surveys and research. Please check the catalog for details. 【Product Details】 The 'CVM1' is a device that can automatically vibrate by attaching an existing impulse hammer. It can be applied not only for impact vibration tests in various fields but also for quality inspections on manufacturing lines. This product can realize vibration waveforms of rectangular waves and pulse waves, allowing for tests and evaluations that are closer to real-world conditions depending on the test conditions. *For more details, please refer to the PDF materials or feel free to contact us.
Attention in the automotive industry! Customization examples of the quantitative vibration testing machine impulse hammer version.
The quantitative vibration machine "CVH1" is a device that provides quantitative vibration. It can be utilized in various ways, such as quality surveys and research. In particular, there have been many implementations and inquiries in the automotive industry, and we have seen an increase in various customization examples tailored to our customers' usage. Therefore, we would like to introduce customization examples of the quantitative vibration machine's impulse hammer version. Please refer to the catalog for more details. 【Product Details】 The "CVH1" is a device that can be equipped with an existing impulse hammer and can automatically provide vibration. It can be applied not only to impact vibration tests in various fields but also to quality inspections on manufacturing lines. This product can achieve rectangular wave and pulse wave vibration waveforms, allowing for tests and evaluations that are closer to real-world conditions depending on the test conditions. *For more details, please refer to the PDF materials or feel free to contact us.
We will conduct mixing tests of polymer materials using various devices.
We conduct various mixing tests such as the mixing of plastics, polymer materials, and various additives, composite material creation, polymer alloys, and reactive extrusion. We cater to various needs, including optimization of mixing conditions, sample collection for evaluation tests, and prototyping (small to medium quantities).
